- The Short Answer: Certified SOLIDWORKS Associate - Electrical
- Breaking Down Each Word in the Acronym
- Why It Is Not an Electrician License
- What the Exam Actually Is
- The Five Exam Topic Headings
- Why the Name Looks Different Across Pages
- Reading the Name Through a Sample-Style Question
- Fee, Retakes, and Validity at a Glance
- Who Benefits From the Credential
- Preparing Once You Know What the Name Promises
- Frequently Asked Questions
- CSWA-E stands for Certified SOLIDWORKS Associate - Electrical, issued by SOLIDWORKS (Dassault Systèmes).
- The issuer's current page titles it "SOLIDWORKS Electrical Design Associate (CSWA-E)" - same exam, newer name.
- It tests SOLIDWORKS Electrical knowledge, not electrician licensing or code compliance.
- The exam is 50 multiple-choice/true-false questions in 60 minutes; 35 of 50 points (70%) passes.
The Short Answer: Certified SOLIDWORKS Associate - Electrical
CSWA-E stands for Certified SOLIDWORKS Associate - Electrical. The credential comes from SOLIDWORKS, the design software brand of Dassault Systèmes, and it validates foundational knowledge of SOLIDWORKS Electrical, the software used to design electrical schematics, route wires, and coordinate electrical content with 3D models.
That sentence contains everything most searchers need. But the acronym is short and the surrounding vocabulary is crowded, so it is worth slowing down. Each letter points to something specific, and several nearby phrases (like "electrical certification" or "CSWA") can send a candidate toward the wrong exam or the wrong expectations. If you want the broader overview after this article, the companion pages What Is CSWA-E? and CSWA-E Certification cover the credential from other angles.
Breaking Down Each Word in the Acronym
The acronym works as a stack of words, and each one carries meaning for how you should prepare.
C: Certified
The credential is awarded by the software vendor after you pass a proctored-style online exam, rather than being a course-completion certificate.
- Pass/fail against a fixed score threshold
- Customer and student certificates carry no official expiration date, per the SOLIDWORKS certification Q&A
SW: SOLIDWORKS
The brand names the vendor and the toolset. This is a vendor-specific credential, so questions are framed around how SOLIDWORKS Electrical organizes projects, schematics, and 3D electrical content.
- Issued by SOLIDWORKS (Dassault Systèmes)
- Familiarity with SOLIDWORKS Electrical principles from version 2015 or later is the stated baseline
A: Associate
"Associate" is the entry tier of the SOLIDWORKS certification ladder, sitting below the Professional level. It signals foundational competence, not mastery. There are no formal entry prerequisites for Associate or Professional exams.
E: Electrical
This letter separates the exam from the better-known mechanical associate credential. The "E" means the content is about electrical design workflows inside SOLIDWORKS Electrical: schematics, wire numbering, equipotentials, and the 3D electrical layer.
One practical consequence: because "Associate" is the entry level, you do not need years of field experience to sit the exam. The CSWA-E requirements article covers eligibility in more depth.
Why It Is Not an Electrician License
The word "electrical" attracts searchers who are actually looking for electrician apprenticeship paths, journeyman exams, or code-based licensing. Those are different worlds entirely. CSWA-E is a software-knowledge credential tied to a specific engineering design application. It does not authorize anyone to perform electrical work, does not replace state or regional licensing, and does not test jurisdiction-specific wiring code.
This is also why the exam lives under the SOLIDWORKS certification program rather than any trade board. The practice material on this site, available at the main practice test hub, stays focused on the software-based design knowledge the exam targets.
What the Exam Actually Is
Once the name is decoded, the next question is what sitting the exam involves. The official issuer-linked exam guide and a current SOLIDWORKS educator post (Lesson 13, published September 23, 2025) agree on the core format.
| Item | What the issuer publishes |
|---|---|
| Questions | 50, multiple-choice or true/false |
| Points | One point per question |
| Time limit | 60 minutes |
| Passing score | 35 of 50 points (70%) |
| Fee | USD 20 in North America, one attempt |
| Delivery | Online through SOLIDWORKS / VirtualTester |
| Retake wait | At least 14 days, with a fresh exam credit |
Knowledge test, not a CAD build
A frequent misunderstanding is that every SOLIDWORKS associate exam is a timed modeling task. The Electrical exam is different: it is a knowledge test with multiple-choice and true/false items. You are not asked to produce a finished drawing in a two-hour block. Running SOLIDWORKS Electrical during the exam is permitted by the guide and Lesson 13 to help you answer questions, but it is not required, so you do not need to buy or install a license just to attempt it.
The exam page contains a generic line about "hands-on challenges" that conflicts with its own explicit note that this exam is not hands-on. The exam-specific statements and the Lesson 13 clarification govern, which is why this site describes the exam as a 50-question, 60-minute knowledge test. For score details, see CSWA-E passing score, and for cost mechanics see CSWA-E certification cost.
The Five Exam Topic Headings
The issuer publishes five topic headings for the exam. They are exact headings, not a weighted blueprint, so do not assume each carries 20% of the questions or that any one dominates. The full breakdown lives in CSWA-E exam domains; here is what each heading signals about the "Electrical" in the name.
Domain 1: Electrical theory
The underlying concepts that any electrical design tool assumes you understand before you touch the software.
- Circuit fundamentals as they appear in control and power diagrams
- Reading symbols and understanding what a drawn connection means electrically
Domain 2: SOLIDWORKS Electrical Schematics
How the software represents circuits on 2D schematic pages.
- Placing and managing symbols and components
- Wire numbering and how connected wires are identified
- Equipotentials, the idea that connected points share the same potential and are tracked together
Domain 3: SOLIDWORKS Electrical 3D
The bridge between the schematic and the physical model, where electrical components and routing meet 3D geometry.
- Relating schematic data to the 3D layout
- Understanding what the 3D side adds beyond the 2D drawing
Domain 4: Electrical design
Design-level decisions and workflows rather than single-command knowledge.
- Project organization and design intent
- How individual choices propagate through a project
Domain 5: Installation
"Installation" is a published heading, but no exhaustive subtopic list or weighting is established by the issuer. Treat project-setting and setup-style examples as preparation context, not as newly invented exam objectives.
Key Takeaway
The "E" in CSWA-E is not decorative. Four of the five headings are about SOLIDWORKS Electrical itself or the design thinking around it, so memorizing generic electrician knowledge alone will leave gaps in schematic and 3D workflow questions.
Why the Name Looks Different Across Pages
If you search around, you will see the credential presented in several forms, and that can look like several exams. It is one exam wearing different labels.
- Certified SOLIDWORKS Associate - Electrical (CSWA-E): the long-standing name and the one this site and most candidates use.
- SOLIDWORKS Electrical Design Associate (CSWA-E): the title currently shown on the issuer's own certification page, with the same acronym retained in parentheses.
- "CSWA Electrical" or "CSWA-Electrical": informal shorthand in forums and study sites, which is also why What Does CSWA-E Mean? and CSWA-E Meaning exist as separate explainers.
A 2025 lesson date or a "2015 or later" software baseline does not mean the exam outline was revised in 2026. The 2015 reference describes the version of SOLIDWORKS Electrical principles a candidate should be familiar with, not a license you must own.
Reading the Name Through a Sample-Style Question
The issuer's guide includes a short sample (eight questions, not the full exam). Rather than reproducing items, here is original reasoning showing how the vocabulary in the name translates into question logic.
Imagine a true/false-style item stating that two wires connected at the same terminal point carry the same wire number in a schematic. To answer, you need two ideas from the Schematics heading: wire numbering assigns identifiers to wires, and equipotentials group points that are electrically the same. If you understand that a connection implies shared potential, the statement becomes a reasoning problem, not a memorization one.
Now imagine a multiple-choice item asking which environment lets you see how a schematic component relates to a physical position in a cabinet layout. Here the Electrical 3D heading is the target: the correct thinking is that the 3D side ties schematic information to physical placement. In both cases the exam rewards understanding what each part of the tool is for, which is exactly what the "Associate" label promises: foundational fluency, not obscure command trivia.
Fee, Retakes, and Validity at a Glance
Knowing the name also means knowing the mechanics of earning it.
- Fee: USD 20 in North America for one attempt, per the SOLIDWORKS Certification Program page. Free attempts exist through eligible Academic Certification Providers, but that does not make every retail attempt free.
- Testing platform: online through SOLIDWORKS/VirtualTester. The guide mentions Tangix TesterPRO, while current program instructions point candidates to the VirtualTester Web Client. Do not assume a universal webcam rule, because academic proctoring language does not establish one.
- Retakes: at least 14 days between attempts and a fresh exam credit, which supersedes the older 30-day wording in the guide.
- Validity: no official expiration date for customer or student certificates.
For scheduling windows see CSWA-E exam dates. Notice what is deliberately missing from this list: an official pass rate and a certification-specific salary uplift. Neither was verified from official sources, and the 70% passing score is a cut score, not a pass rate. If you are curious about outcomes, read CSWA-E pass rate and CSWA-E salary guide with that distinction in mind.
Who Benefits From the Credential
An associate-level software credential suits people at the start of, or pivoting into, electrical design work.
- Students in engineering, mechatronics, or technical programs, who may be able to attempt the exam through an academic provider.
- Junior controls and panel designers who work in SOLIDWORKS Electrical and want a vendor-recognized proof of baseline skill.
- Mechanical SOLIDWORKS users moving toward electrical-mechanical collaboration in the same ecosystem.
- Resellers and training partners that use the credential as a benchmark for new hires.
Employers that run SOLIDWORKS Electrical in machine building, control panel manufacturing, and automation engineering are the natural audience. For realistic framing of how listings use the credential, see CSWA-E jobs, and for a value judgment, is the CSWA-E certification worth it. Because no certification-specific salary figure has been verified, treat the credential as a skills signal rather than a guaranteed pay bump.
Preparing Once You Know What the Name Promises
The name tells you the right preparation order: theory first, then the software's 2D schematic logic, then the 3D layer, then design workflow, with installation and setup concepts folded in as supporting context. A compact sequencing that follows the five headings:
Electrical theory and schematic reading
- Refresh circuit fundamentals and symbol meaning
- Practice explaining what each connection implies electrically
SOLIDWORKS Electrical Schematics
- Focus on wire numbering and equipotentials, the most vocabulary-heavy area
- Work through the Electrical Schematic learning path
Electrical 3D, design, and installation context
- Connect schematic data to 3D placement
- Review project setup and installation ideas as preparation, then take timed practice at the practice test site
That ordering exists because schematic concepts feed the 3D and design topics, not because the issuer published weights. For a fuller plan, use the CSWA-E study guide, the one-page CSWA-E cheat sheet, and the difficulty guide to calibrate expectations. If you want structured courses, CSWA-E training compares routes, and the recommended Electrical Schematic, Electrical 3D, and Electrical Learning Path material is preparation rather than a mandatory training-hour requirement.
Frequently Asked Questions
It stands for Certified SOLIDWORKS Associate - Electrical, a credential issued by SOLIDWORKS (Dassault Systèmes) that validates foundational knowledge of SOLIDWORKS Electrical. The issuer's current page titles it "SOLIDWORKS Electrical Design Associate (CSWA-E)."
No. It is a software-knowledge credential for SOLIDWORKS Electrical. It does not authorize electrical work, replace licensing, or test jurisdiction-specific code.
The exam has 50 multiple-choice or true/false questions worth one point each, with 60 minutes allowed. You need 35 of 50 points, which is 70%, to pass.
Not necessarily. The exam is a knowledge test rather than a hands-on CAD assessment, and the guide and Lesson 13 permit, but do not require, using the software to help answer questions. You should be familiar with SOLIDWORKS Electrical principles from version 2015 or later.
The fee is USD 20 in North America for one attempt, with free opportunities available through eligible Academic Certification Providers. A retake requires waiting at least 14 days and purchasing a fresh exam credit.